public IFuturePrototype GetImagePrototype(ImageParameterTypeIfc parameterType, FutureFeatures features)
{
if (parameterType == null)
{
parameterType = new ImageParameterFromTileAddress(this.GetDefaultCoordinateSystem());
}
FutureFeatures futureFeatures = FutureFeatures.Raw;
if (UnwarpedMapTileSource.HasFeature(features, FutureFeatures.Transparency))
{
futureFeatures |= FutureFeatures.Transparency;
}
if (UnwarpedMapTileSource.HasFeature(features, FutureFeatures.MemoryCached))
{
futureFeatures |= FutureFeatures.MemoryCached;
}
IFuturePrototype futurePrototype = new ApplyPrototype(new WarpImageVerb(this.imageTransformer, this.GetImageBounds(FutureFeatures.Cached), this.unwarpedMapTileSource.GetImagePrototype(new ImageParameterFromRawBounds(WarpedMapTileSource.sourceImageOversampleSize), futureFeatures)), new IFuturePrototype[]
{
parameterType.GetBoundsParameter(),
parameterType.GetSizeParameter()
});
if (parameterType is ImageParameterFromTileAddress)
{
futurePrototype = new ApplyPrototype(new FadeVerb(this.unwarpedMapTileSource.GetTransparencyOptions().GetFadeOptions()), new IFuturePrototype[]
{
futurePrototype,
new UnevaluatedTerm(TermName.TileAddress)
});
}
else
{
D.Say(2, "Warning: Ignoring fade options because I don't have a tile address.");
}
futurePrototype = this.unwarpedMapTileSource.AddCaching(futurePrototype, features);
return this.unwarpedMapTileSource.AddAsynchrony(futurePrototype, features);
}
public IFuturePrototype GetImagePrototype(ImageParameterTypeIfc parameterType, FutureFeatures features)
{
List <IFuturePrototype> list = new List <IFuturePrototype>();
list.Add(parameterType.GetSizeParameter());
foreach (SourceMap current in layer)
{
if (current.ReadyToLock())
{
IDisplayableSource displayableSource =
mapTileSourceFactory.CreateDisplayableWarpedSource(current);
list.Add(displayableSource.GetImagePrototype(parameterType, features));
}
}
IFuturePrototype futurePrototype = new ApplyPrototype(new CompositeImageVerb(), list.ToArray());
if (UnwarpedMapTileSource.HasFeature(features, FutureFeatures.DiskCached))
{
futurePrototype = new DiskCachePrototype(mapTileSourceFactory.GetCachePackage().diskCache,
futurePrototype);
}
if (UnwarpedMapTileSource.HasFeature(features, FutureFeatures.MemoryCached))
{
futurePrototype = new MemCachePrototype(mapTileSourceFactory.GetCachePackage().computeCache,
futurePrototype);
}
return(futurePrototype);
}
public IFuturePrototype GetImagePrototype(ImageParameterTypeIfc parameterType, FutureFeatures features)
{
D.Assert(parameterType == null);
IFuturePrototype prototype = new ApplyPrototype(new RenderedTileFetch(this.namingScheme), new IFuturePrototype[]
{
new UnevaluatedTerm(TermName.TileAddress)
});
return VETileSource.AddFeatures(prototype, features & (FutureFeatures)(-3), this.cachePackage);
}
public IFuturePrototype GetImagePrototype(ImageParameterTypeIfc parameterType, FutureFeatures features)
{
D.Assert(parameterType == null);
IFuturePrototype prototype = new ApplyPrototype(new RenderedTileFetch(this.namingScheme), new IFuturePrototype[]
{
new UnevaluatedTerm(TermName.TileAddress)
});
return(VETileSource.AddFeatures(prototype, features & (FutureFeatures)(-3), this.cachePackage));
}
public IFuturePrototype GetImagePrototype(ImageParameterTypeIfc parameterType, FutureFeatures features)
{
D.Assert(parameterType == null);
IFuturePrototype futurePrototype = new ApplyPrototype(new VETileFetch(veStyle),
new IFuturePrototype[] { new UnevaluatedTerm(TermName.TileAddress) });
futurePrototype = AddFeatures(futurePrototype, FutureFeatures.Cached & features, cachePackage);
IFuturePrototype prototype = new ApplyPrototype(new VETileUpsamplerVerb(futurePrototype),
new IFuturePrototype[] { new UnevaluatedTerm(TermName.TileAddress) });
return(AddFeatures(prototype, features, cachePackage));
}
public IFuturePrototype GetImagePrototype(ImageParameterTypeIfc parameterType, FutureFeatures features)
{
D.Assert(parameterType == null);
IFuturePrototype futurePrototype = new ApplyPrototype(new VETileFetch(this.veStyle), new IFuturePrototype[]
{
new UnevaluatedTerm(TermName.TileAddress)
});
futurePrototype = VETileSource.AddFeatures(futurePrototype, FutureFeatures.Cached & features, this.cachePackage);
IFuturePrototype prototype = new ApplyPrototype(new VETileUpsamplerVerb(futurePrototype), new IFuturePrototype[]
{
new UnevaluatedTerm(TermName.TileAddress)
});
return VETileSource.AddFeatures(prototype, features, this.cachePackage);
}
public IFuturePrototype GetImagePrototype(ImageParameterTypeIfc parameterType, FutureFeatures features)
{
if (parameterType == null)
{
parameterType = new ImageParameterFromTileAddress(GetDefaultCoordinateSystem());
}
FutureFeatures openDocFeatures = FutureFeatures.Cached;
IFuturePrototype accessPrototype = GetAccessPrototype(AccessMethod.Render,
openDocFeatures,
new IFuturePrototype[]
{
new UnevaluatedTerm(TermName.ImageBounds), new UnevaluatedTerm(TermName.OutputSize),
new UnevaluatedTerm(TermName.UseDocumentTransparency), new UnevaluatedTerm(TermName.ExactColors)
});
Verb verb = new SourceImageDownsamplerVerb(AddCaching(accessPrototype, FutureFeatures.Cached));
IFuturePrototype futurePrototype = new ApplyPrototype(verb,
new[]
{
parameterType.GetBoundsParameter(), parameterType.GetSizeParameter(),
new ConstantFuture(
new BoolParameter(sourceMap.transparencyOptions.useDocumentTransparency)),
new ConstantFuture(new BoolParameter(HasFeature(features, FutureFeatures.ExactColors)))
});
if (HasFeature(features, FutureFeatures.Transparency))
{
IFuturePrototype futurePrototype2 = new ApplyPrototype(verb,
new[]
{
parameterType.GetBoundsParameter(), parameterType.GetSizeParameter(),
new ConstantFuture(
new BoolParameter(sourceMap.transparencyOptions.useDocumentTransparency)),
new ConstantFuture(new BoolParameter(true))
});
if (HasFeature(features, FutureFeatures.MemoryCached))
{
futurePrototype = AddCaching(futurePrototype, FutureFeatures.MemoryCached);
futurePrototype2 = AddCaching(futurePrototype2, FutureFeatures.MemoryCached);
}
futurePrototype = new TransparencyPrototype(sourceMap.transparencyOptions,
futurePrototype,
futurePrototype2);
}
futurePrototype = AddCaching(futurePrototype, features);
return(AddAsynchrony(futurePrototype, features));
}
public IFuturePrototype GetImagePrototype(ImageParameterTypeIfc parameterType, FutureFeatures features)
{
if (parameterType == null)
{
parameterType = new ImageParameterFromTileAddress(GetDefaultCoordinateSystem());
}
FutureFeatures futureFeatures = FutureFeatures.Raw;
if (UnwarpedMapTileSource.HasFeature(features, FutureFeatures.Transparency))
{
futureFeatures |= FutureFeatures.Transparency;
}
if (UnwarpedMapTileSource.HasFeature(features, FutureFeatures.MemoryCached))
{
futureFeatures |= FutureFeatures.MemoryCached;
}
IFuturePrototype futurePrototype = new ApplyPrototype(
new WarpImageVerb(imageTransformer,
GetImageBounds(FutureFeatures.Cached),
unwarpedMapTileSource.GetImagePrototype(
new ImageParameterFromRawBounds(sourceImageOversampleSize),
futureFeatures)),
new[] { parameterType.GetBoundsParameter(), parameterType.GetSizeParameter() });
if (parameterType is ImageParameterFromTileAddress)
{
futurePrototype =
new ApplyPrototype(
new FadeVerb(unwarpedMapTileSource.GetTransparencyOptions().GetFadeOptions()),
new[] { futurePrototype, new UnevaluatedTerm(TermName.TileAddress) });
}
else
{
D.Say(2, "Warning: Ignoring fade options because I don't have a tile address.");
}
futurePrototype = unwarpedMapTileSource.AddCaching(futurePrototype, features);
return(unwarpedMapTileSource.AddAsynchrony(futurePrototype, features));
}
public IFuturePrototype GetImagePrototype(ImageParameterTypeIfc parameterType, FutureFeatures features)
{
List<IFuturePrototype> list = new List<IFuturePrototype>();
list.Add(parameterType.GetSizeParameter());
foreach (SourceMap current in this.layer)
{
if (current.ReadyToLock())
{
IDisplayableSource displayableSource = this.mapTileSourceFactory.CreateDisplayableWarpedSource(current);
list.Add(displayableSource.GetImagePrototype(parameterType, features));
}
}
IFuturePrototype futurePrototype = new ApplyPrototype(new CompositeImageVerb(), list.ToArray());
if (UnwarpedMapTileSource.HasFeature(features, FutureFeatures.DiskCached))
{
futurePrototype = new DiskCachePrototype(this.mapTileSourceFactory.GetCachePackage().diskCache, futurePrototype);
}
if (UnwarpedMapTileSource.HasFeature(features, FutureFeatures.MemoryCached))
{
futurePrototype = new MemCachePrototype(this.mapTileSourceFactory.GetCachePackage().computeCache, futurePrototype);
}
return futurePrototype;
}
public IFuturePrototype GetImagePrototype(ImageParameterTypeIfc parameterType, FutureFeatures features)
{
if (parameterType == null)
{
parameterType = new ImageParameterFromTileAddress(this.GetDefaultCoordinateSystem());
}
FutureFeatures openDocFeatures = FutureFeatures.Cached;
IFuturePrototype accessPrototype = this.GetAccessPrototype(AccessMethod.Render, openDocFeatures, new IFuturePrototype[]
{
new UnevaluatedTerm(TermName.ImageBounds),
new UnevaluatedTerm(TermName.OutputSize),
new UnevaluatedTerm(TermName.UseDocumentTransparency),
new UnevaluatedTerm(TermName.ExactColors)
});
Verb verb = new SourceImageDownsamplerVerb(this.AddCaching(accessPrototype, FutureFeatures.Cached));
IFuturePrototype futurePrototype = new ApplyPrototype(verb, new IFuturePrototype[]
{
parameterType.GetBoundsParameter(),
parameterType.GetSizeParameter(),
new ConstantFuture(new BoolParameter(this.sourceMap.transparencyOptions.useDocumentTransparency)),
new ConstantFuture(new BoolParameter(UnwarpedMapTileSource.HasFeature(features, FutureFeatures.ExactColors)))
});
if (UnwarpedMapTileSource.HasFeature(features, FutureFeatures.Transparency))
{
IFuturePrototype futurePrototype2 = new ApplyPrototype(verb, new IFuturePrototype[]
{
parameterType.GetBoundsParameter(),
parameterType.GetSizeParameter(),
new ConstantFuture(new BoolParameter(this.sourceMap.transparencyOptions.useDocumentTransparency)),
new ConstantFuture(new BoolParameter(true))
});
if (UnwarpedMapTileSource.HasFeature(features, FutureFeatures.MemoryCached))
{
futurePrototype = this.AddCaching(futurePrototype, FutureFeatures.MemoryCached);
futurePrototype2 = this.AddCaching(futurePrototype2, FutureFeatures.MemoryCached);
}
futurePrototype = new TransparencyPrototype(this.sourceMap.transparencyOptions, futurePrototype, futurePrototype2);
}
futurePrototype = this.AddCaching(futurePrototype, features);
return this.AddAsynchrony(futurePrototype, features);
}